航空仪器与电子

IF 1.4 4区 工程技术 Q2 ENGINEERING, AEROSPACE Aeronautical Journal Pub Date : 1970-09-01 DOI:10.1017/S000192400004820X
Sebastian de Ferranti
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引用次数: 0

摘要

为了使航空变得商用和可靠,除了发展空气动力学、可靠的结构和可靠的发动机外,还必须发展仪器、通信和导航辅助设备。例如,假设今天人们不能在云层中飞行,或者在夜间飞行,那么就不可能有任何类似于常规服务的东西。飞行仍然是一项运动。为了说明我的意思,我将引用另一个创新的例子,在这方面具有完全不同的特性。第一条铁路立即投入商业运营,无需任何辅助设备即可使用。可以立刻看出,与飞机相比,沿轨道运行的火车受到了约束。很明显,这里的导航问题非常简单,并没有真正的控制或稳定性问题——第一批铁路列车甚至没有刹车。必须学习操作和维护新设备的机械技能;除此之外就很少了。
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Instruments and Electronics in Aviation
For aviation to become commercially usable and reliable, in addition to the development of aerodynamics, of reliable structures and reliable engines, there had to be the development of instruments, communications, and navigational aids. Suppose, for example, that today one could not fly through cloud, or at night, then nothing remotely resembling a regular service would be possible. Flying would still be a sport. To illustrate what I mean I shall quote the example of another innovation with quite different properties in this respect. The first railway was immediately commercial and usable without any aids. It can be seen at once that the train running along rails is constrained compared with aircraft. It is obvious that the navigation problem here is very simple, and that there is not really a problem of control or stability—the first railway trains did not even have brakes. The mechanical skill of operating and maintaining the new device had to be learned; but very little else.
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来源期刊
Aeronautical Journal
Aeronautical Journal 工程技术-工程:宇航
CiteScore
3.70
自引率
14.30%
发文量
86
审稿时长
6-12 weeks
期刊介绍: The Aeronautical Journal contains original papers on all aspects of research, design and development, construction and operation of aircraft and space vehicles. Papers are therefore solicited on all aspects of research, design and development, construction and operation of aircraft and space vehicles. Papers are also welcomed which review, comprehensively, the results of recent research developments in any of the above topics.
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